Enhancer Trap Construct

Et(T2KHG)

ID

ZDB-ETCONSTRCT-090611-1

Name

Et(T2KHG)

Previous Names

Et(T2HG)
Et(hsp70l:GFP) (1)

Type

engineered_plasmid

Regulatory Regions

hsp70l (1)

Coding Sequences

EGFP (1)

[Em λ][Ex λ]

Fpbase:EGFP

Contains Sequences

TOL2 (1)

Note

None

Plasmid Map

None

Genomic Features

That Utilize Et(T2KHG) Construct

Genomic Feature	Affected Genomic Regions
ja101Et
nkhg10aEt	fancl
nkhg10bEt
nkhg10cEt
nkhg21aEt
nkhg21bEt
nkhg21cEt	tcf7
nkhg21eEt
nkhg21kEt
nkhg2aEt
nkhg3aEt
nkhg6aEt
nkhg6bEt
nkhg6cEt
nkhg6dEt
nkhg6d-mh-1-3Et
nkhg6d-mh-1-4Et
nkhg6d-mh-1-5Et
nkhg6d-mh-1-6aEt
nkhg6d-mh-1-6bEt
nkhg6d-mh-1-7Et
nkhg6d-mh-1-8Et
nkhg6d-mh-2-10Et
nkhg6d-mh-2-1aEt
nkhg6d-mh-2-1bEt
nkhg6d-mh-2-2Et
nkhg6d-mh-2-3Et
nkhg6d-mh-2-4Et
nkhg6d-mh-2-6Et
nkhg6d-mh-2-9Et
nkhg6d-mh-3-1Et
nkhg6d-mh-3-2Et
nkhg6d-mh-3-3Et
nkhg6d-mh-3-4Et
nkhg6d-mh-4-2Et
nkhg6d-mh-4-3Et
nkhg6d-mh-4-6Et
nkhg6d-mh-4-8Et
nkhg6d-mh-5-1Et
nkhg6d-mh-m1-22Et
nkhg6d-mh-m1-23Et
nkhg6d-mh-m1-25Et
nkhg6d-mh-m1-27Et
nkhg6d-mh-m1-2Et
nkhg6d-mh-m1-30Et
nkhg6d-mh-m1-31Et
nkhg6d-mh-m1-3Et
nkhg6d-mh-m1-4Et
nkhg6d-mh-m1-5Et
nkhg6d-mh-m1-6aEt
nkhg6d-mh-m1-6bEt
nkhg6d-mh-m1-9Et
nkhg6d-mh-m2-11Et
nkhg6d-mh-m2-16Et
nkhg6d-mh-m2-17Et
nkhg6d-mh-m2-18Et
nkhg6d-mh-m2-19aEt
nkhg6d-mh-m2-19bEt
nkhg6d-mh-m2-1Et
nkhg6d-mh-m2-21Et
nkhg6d-mh-m2-22Et
nkhg6d-mh-m2-23Et
nkhg6d-mh-m2-25Et
nkhg6d-mh-m2-27Et
nkhg6d-mh-m2-28Et
nkhg6d-mh-m2-3aEt
nkhg6d-mh-m2-3bEt
nkhg6d-mh-m2-4Et
nkhg6d-mh-m2-6Et
nkhg6d-mh-m2-7Et
nkhg6d-mh-m2-9Et
nkhg6d-mh-m3-10Et
nkhg6d-mh-m3-1Et
nkhg6d-mh-m3-2aEt
nkhg6d-mh-m3-2bEt
nkhg6d-mh-m4-10Et
nkhg6d-mh-m4-14Et
nkhg6d-mh-m4-15Et
nkhg6d-mh-m4-16Et
nkhg6d-mh-m4-18Et
nkhg6d-mh-m4-19Et
nkhg6d-mh-m4-4Et
nkhg6d-sh-m1-1Et
nkhg6d-sh-m1-2Et
nkhg6d-sh-m1-3Et
nkhg6d-sh-m1-4Et
nkhg6d-sh-m1-5Et
nkhg6d-sh-m3-1Et
nkhg6d-sh-m3-2Et
nkhg6d-sh-m3-3Et
nkhg6d-sh-m3-4Et
nkhg6d-sh-m3-5Et
nkhg6d-sh-m4-1Et
nkhg9bEt
nkhg9cEt
nkhgj4aEt
nkhgn12bEt
nkhgn12cEt
nkhgn12fEt
nkhgn12hEt
nkhgn12jEt
nkhgn14cEt
nkhgn15aEt
nkhgn15bEt
nkhgn16aEt
nkhgn20aEt
nkhgn20bEt
nkhgn20cEt
nkhgn20dEt
nkhgn20eEt
nkhgn21aEt
nkhgn22aEt
nkhgn23aEt
nkhgn25aEt
nkhgn25bEt
nkhgn25cEt
nkhgn25dEt
nkhgn26aEt
nkhgn26bEt
nkhgn28aEt
nkhgn30aEt
nkhgn31aEt
nkhgn31bEt
nkhgn32aEt
nkhgn32bEt
nkhgn34aEt
nkhgn34bEt
nkhgn36aEt
nkhgn39bEt
nkhgn39cEt
nkhgn39dEt	cntnap2a
nkhgn42aEt
nkhgn42dEt
nkhgn43aEt
nkhgn44bEt
nkhgn44eEt
nkhgn46cEt
nkhgn46eEt
nkhgn46fEt
nkhgn50aEt
nkhgn50bEt
nkhgn50dEt
nkhgn50eEt
nkhgn50gEt
nkhgn53dEt
nkhgn54aEt
nkhgn54bEt
nkhgn62aEt
nkhgn62bEt
nkhgn63bEt
nkhgn6aEt
nkhgn8eEt
nkhgn8hEt
zf206Et
zf287Et

Transgenics

That Utilize Et(T2KHG) Construct

Fish	Affected Genomic Regions	Phenotype	Gene Expression
cntnap2a^nkhgn39dEt	cntnap2a	Fig. 5 from Wai et al., 2015	8 figures from 8 publications
cntnap2a^nkhgn39dEt; bc2Tg	cntnap2a
cntnap2a^nkhgn39dEt; bc2Tg; bc4Tg	cntnap2a		Fig. 1 from Pujol-Martí et al., 2012
cntnap2a^nkhgn39dEt; bc3Tg	cntnap2a		Fig. 1 from Pujol-Martí et al., 2012
cntnap2a^nkhgn39dEt; idc4Tg	cntnap2a	2 figures from Ji et al., 2018
cntnap2a^nkhgn39dEt; nkhspGFF53AEt	cntnap2a
cntnap2a^nkhgn39dEt; nns8Tg + MO1-edn1		Fig. 6 from Wada et al., 2010
cntnap2a^nkhgn39dEt; rw0130aTg	cntnap2a		Fig. 2 from Pujol-Martí et al., 2010
cntnap2a^nkhgn39dEt; sarm1^hzm14/hzm14	cntnap2a sarm1	Figure 1 from Asgharsharghi et al., 2021
dusp2^ah723/+; zf206Et (AB)	dusp2	Fig. 3 from Shao et al., 2023	Fig. 3 from Shao et al., 2023
dusp2^ah723/ah723; zf206Et (AB)	dusp2	2 figures from Shao et al., 2023	2 figures from Shao et al., 2023
emx2^idc5/idc5; cntnap2a^nkhgn39dEt	cntnap2a emx2	2 figures from Ji et al., 2018
fancl^{nkhg10aEt/nkhg10aEt}	fancl	5 figures from Rodriguez-Mari et al., 2010	Fig. 4 from Rodriguez-Mari et al., 2010
fancl^nkhg10aEt	fancl		Fig. 1 from Nagayoshi et al., 2008
gjd1a^fh360/fh360; zf206Et (AB/TU)	gjd1a	Fig. 1 from Miller et al., 2017	Fig. 1 from Miller et al., 2017
gjd1a^fh436/+; gjd1a^fh360/+; zf206Et (AB/TU)	gjd1a	Fig. 1 from Miller et al., 2017	Fig. 1 from Miller et al., 2017
gjd1a^fh436/fh436; gjd2a^fh437/fh437; zf206Et	gjd1a gjd2a	Figure 2 from Lasseigne et al., 2021	Figure 2 from Lasseigne et al., 2021
gjd1a^fh436/fh436; tjp1b^b1370/b1370; zf206Et	gjd1a tjp1b
gjd1a^fh436/fh436; zf206Et	gjd1a	Figure 2 from Lasseigne et al., 2021	Figure 2 from Lasseigne et al., 2021
gjd1a^fh436/fh436; zf206Et (AB/TU)	gjd1a	3 figures from Miller et al., 2017	2 figures from Miller et al., 2017
gjd2a^fh437/fh437; zf206Et	gjd2a	Figure 2 from Lasseigne et al., 2021	Figure 2 from Lasseigne et al., 2021
gjd2a^fh437/fh437; zf206Et (AB/TU)	gjd2a	3 figures from Miller et al., 2017	2 figures from Miller et al., 2017
heatr1^y75/y75; tcf7^{nkhg21cEt/nkhg21cEt}	heatr1 tcf7		Fig. 2 from Aman et al., 2011
ja101Et			3 figures from Sato et al., 2013
kcna1a^p181/p181; nkhspGFF62ATg; y362Tg; zf206Et	kcna1a	Fig 5 from Meserve et al., 2021	Fig 5 from Meserve et al., 2021
mafba^{nkgsaizgffm35aGt/+}; nkhgj4aEt	mafba		Fig. 4 from Asakawa et al., 2018
mafba^{nkgsaizgffm35aGt/nkgsaizgffm35aGt}; nkhgj4aEt	mafba	Fig. 4 from Asakawa et al., 2018	Fig. 4 from Asakawa et al., 2018
mitfa^w2/w2; mpv17^a9/a9; zf206Et	mitfa mpv17	3 figures from Hecker et al., 2020
nbeaa^fh364/fh364; zf206Et (AB/TU)	nbeaa	4 figures from Miller et al., 2015	5 figures from Miller et al., 2015
nkgsaizgffm602aGt; nkhgj4aEt; nkuasrfp1aTg			Fig. 4 from Asakawa et al., 2013
nkhg10bEt			Fig. 1 from Nagayoshi et al., 2008
nkhg10cEt			Fig. 1 from Nagayoshi et al., 2008
nkhg21aEt			2 figures from Nagayoshi et al., 2008
nkhg21bEt			2 figures from Nagayoshi et al., 2008
nkhg21eEt			Fig. 1 from Nagayoshi et al., 2008
nkhg21kEt			Fig. 1 from Nagayoshi et al., 2008
nkhg2aEt			2 figures from Nagayoshi et al., 2008
nkhg3aEt			2 figures from Nagayoshi et al., 2008
nkhg6aEt			2 figures from Nagayoshi et al., 2008
nkhg6bEt			2 figures from Nagayoshi et al., 2008
nkhg6cEt			2 figures from Nagayoshi et al., 2008
nkhg6d-mh-1-3Et; nkfuji70Tg
nkhg6d-mh-1-4Et; nkfuji70Tg
nkhg6d-mh-1-5Et; nkfuji70Tg
nkhg6d-mh-1-6aEt; nkfuji70Tg
nkhg6d-mh-1-6bEt; nkfuji70Tg
nkhg6d-mh-1-7Et; nkfuji70Tg
nkhg6d-mh-1-8Et; nkfuji70Tg
nkhg6d-mh-2-10Et; nkfuji70Tg
nkhg6d-mh-2-1aEt; nkfuji70Tg
nkhg6d-mh-2-1bEt; nkfuji70Tg
nkhg6d-mh-2-2Et; nkfuji70Tg
nkhg6d-mh-2-3Et; nkfuji70Tg
nkhg6d-mh-2-4Et; nkfuji70Tg
nkhg6d-mh-2-6Et; nkfuji70Tg
nkhg6d-mh-2-9Et; nkfuji70Tg
nkhg6d-mh-3-1Et; nkfuji70Tg
nkhg6d-mh-3-2Et; nkfuji70Tg
nkhg6d-mh-3-3Et; nkfuji70Tg
nkhg6d-mh-3-4Et; nkfuji70Tg
nkhg6d-mh-4-2Et; nkfuji70Tg
nkhg6d-mh-4-3Et; nkfuji70Tg
nkhg6d-mh-4-6Et; nkfuji70Tg
nkhg6d-mh-4-8Et; nkfuji70Tg
nkhg6d-mh-5-1Et; nkfuji70Tg
nkhg6d-mh-m1-22Et; nkfuji70Tg
nkhg6d-mh-m1-23Et; nkfuji70Tg
nkhg6d-mh-m1-25Et; nkfuji70Tg
nkhg6d-mh-m1-27Et; nkfuji70Tg
nkhg6d-mh-m1-2Et; nkfuji70Tg
nkhg6d-mh-m1-30Et; nkfuji70Tg
nkhg6d-mh-m1-31Et; nkfuji70Tg
nkhg6d-mh-m1-3Et; nkfuji70Tg
nkhg6d-mh-m1-4Et; nkfuji70Tg
nkhg6d-mh-m1-5Et; nkfuji70Tg
nkhg6d-mh-m1-6aEt; nkfuji70Tg
nkhg6d-mh-m1-6bEt; nkfuji70Tg
nkhg6d-mh-m1-9Et; nkfuji70Tg
nkhg6d-mh-m2-11Et; nkfuji70Tg
nkhg6d-mh-m2-16Et; nkfuji70Tg
nkhg6d-mh-m2-17Et; nkfuji70Tg
nkhg6d-mh-m2-18Et; nkfuji70Tg
nkhg6d-mh-m2-19aEt; nkfuji70Tg
nkhg6d-mh-m2-19bEt; nkfuji70Tg
nkhg6d-mh-m2-1Et; nkfuji70Tg
nkhg6d-mh-m2-21Et; nkfuji70Tg
nkhg6d-mh-m2-22Et; nkfuji70Tg
nkhg6d-mh-m2-23Et; nkfuji70Tg
nkhg6d-mh-m2-25Et; nkfuji70Tg
nkhg6d-mh-m2-27Et; nkfuji70Tg
nkhg6d-mh-m2-28Et; nkfuji70Tg
nkhg6d-mh-m2-3aEt; nkfuji70Tg
nkhg6d-mh-m2-3bEt; nkfuji70Tg
nkhg6d-mh-m2-4Et; nkfuji70Tg
nkhg6d-mh-m2-6Et; nkfuji70Tg
nkhg6d-mh-m2-7Et; nkfuji70Tg
nkhg6d-mh-m2-9Et; nkfuji70Tg
nkhg6d-mh-m3-10Et; nkfuji70Tg
nkhg6d-mh-m3-1Et; nkfuji70Tg
nkhg6d-mh-m3-2aEt; nkfuji70Tg
nkhg6d-mh-m3-2bEt; nkfuji70Tg
nkhg6d-mh-m4-10Et; nkfuji70Tg
nkhg6d-mh-m4-14Et; nkfuji70Tg
nkhg6d-mh-m4-15Et; nkfuji70Tg
nkhg6d-mh-m4-16Et; nkfuji70Tg
nkhg6d-mh-m4-18Et; nkfuji70Tg
nkhg6d-mh-m4-19Et; nkfuji70Tg
nkhg6d-mh-m4-4Et; nkfuji70Tg
nkhg6d-sh-m1-1Et; nkfuji70Tg
nkhg6d-sh-m1-2Et; nkfuji70Tg
nkhg6d-sh-m1-3Et; nkfuji70Tg
nkhg6d-sh-m1-4Et; nkfuji70Tg
nkhg6d-sh-m1-5Et; nkfuji70Tg
nkhg6d-sh-m3-1Et; nkfuji70Tg
nkhg6d-sh-m3-2Et; nkfuji70Tg
nkhg6d-sh-m3-3Et; nkfuji70Tg
nkhg6d-sh-m3-4Et; nkfuji70Tg
nkhg6d-sh-m3-5Et; nkfuji70Tg
nkhg6d-sh-m4-1Et; nkfuji70Tg
nkhg6dEt			Fig. 1 from Nagayoshi et al., 2008
nkhg9bEt			Fig. 1 from Nagayoshi et al., 2008
nkhg9cEt			Fig. 1 from Nagayoshi et al., 2008
nkhgj4aEt			Fig. 1 from Asakawa et al., 2013
nkhgj4aEt + MO1-bnc2		Fig. 4 from Kolvenbach et al., 2019
nkhgj4aEt; nkmnGFF7Tg; nkuasrfp1aTg			Fig. 1 from Asakawa et al., 2013
nkhgn12bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn12cEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn12fEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn12hEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn12jEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn14cEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn15aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn15bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn16aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn20aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn20bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn20cEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn20dEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn20eEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn21aEt			3 figures from 3 publications
nkhgn21aEt + MO1-il1b			Fig. 7 from Hasegawa et al., 2017
nkhgn22aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn23aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn25aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn25bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn25cEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn25dEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn26aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn26bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn28aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn30aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn31aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn31bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn32aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn32bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn34aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn34bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn36aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn39bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn39cEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn42aEt			2 figures from 2 publications
nkhgn42dEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn43aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn44bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn44eEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn46cEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn46eEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn46fEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn50aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn50bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn50dEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn50eEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn50gEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn53dEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn54aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn54bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn62aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn62bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn63bEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn6aEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn8eEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn8hEt			Fig. 1 from Nagayoshi et al., 2008
nkhgn8hEt/+		Fig. 6 from Nagayoshi et al., 2008	Fig. 6 from Nagayoshi et al., 2008
nkhgn8hEt/nkhgn8hEt		2 figures from Nagayoshi et al., 2008
nkhspGFF62ATg; y362Tg; zf206Et		Fig 5 from Meserve et al., 2021
slc1a4^{ah8023/ah8023}; zf206Et (AB)	slc1a4	2 figures from Li et al., 2024	2 figures from Li et al., 2024
tcf7^nkhg21cEt/+	tcf7	Fig. 3 from Nagayoshi et al., 2008	Fig. 3 from Nagayoshi et al., 2008
tcf7^nkhg21cEt/+ + MO3-lef1		Fig. 4 from Nagayoshi et al., 2008
tcf7^{nkhg21cEt/nkhg21cEt}	tcf7	2 figures from Nagayoshi et al., 2008	Fig. 3 from Nagayoshi et al., 2008
tcf7^{nkhg21cEt/nkhg21cEt} + MO3-lef1		Fig. 4 from Nagayoshi et al., 2008	Fig. 4 from Nagayoshi et al., 2008
tcf7^nkhg21cEt	tcf7		Fig. 1 from Nagayoshi et al., 2008
tcf7^nkhg21cEt; nns8Tg	tcf7		Fig. 6 from Wada et al., 2010
tcf7^nkhg21cEt; nns8Tg + MO1-edn1		Fig. 6 from Wada et al., 2010	Fig. 6 from Wada et al., 2010
tjp1a^fh463/fh463; tjp1b^b1370/b1370; zf206Et	tjp1a tjp1b		Figure 1-figure supplement 1-source data 1. from Lasseigne et al., 2021
tjp1a^fh463/fh463; tjp1b^b1370/b1370; zf206Et (AB/TU)	tjp1a tjp1b		Fig. 2 from Marsh et al., 2017
tjp1a^fh463/fh463; zf206Et	tjp1a		Figure 1-figure supplement 1-source data 1. from Lasseigne et al., 2021
tjp1b^b1370/b1370; zf206Et	tjp1b	Figure 1 from Lasseigne et al., 2021	Figure 1 from Lasseigne et al., 2021
tjp1b^b1370/b1370; zf206Et (AB/TU)	tjp1b	Fig. 1 from Marsh et al., 2017	2 figures from Marsh et al., 2017
tjp1b^b1435/+; tjp1b^b1370/+; zf206Et (AB/TU)	tjp1b	Fig. 1 from Michel et al., 2022
tjp1b^b1435/b1435; zf206Et (AB/TU)	tjp1b	Fig. 1 from Michel et al., 2022
tp53^zdf1/+; fancl^{nkhg10aEt/nkhg10aEt}	fancl tp53	Fig. 7 from Rodriguez-Mari et al., 2010
tp53^zdf1/zdf1; fancl^{nkhg10aEt/nkhg10aEt}	fancl tp53	Fig. 7 from Rodriguez-Mari et al., 2010
wfs1b^ah828/+; zf206Et	wfs1b		Fig. 3 from Wang et al., 2022
wfs1b^ah828/ah828; zf206Et	wfs1b	3 figures from Wang et al., 2022	2 figures from Wang et al., 2022
zf206Et		3 figures from 2 publications	6 figures from 4 publications
zf206Et (AB)		Fig. 3 from Shao et al., 2023	4 figures from 2 publications
zf206Et (AB/TU)			11 figures from 3 publications
zf206Et + MO1-ccnk		Fig. 4 from Fan et al., 2018
zf206Et + MO1-kcnab2b		2 figures from Watanabe et al., 2014
zf206Et/+
zf287Et			Fig. 1 from Watanabe et al., 2014
zf287Et/+

Sequence Information

Other Construct Pages

None

Citations